Tags: facial recognition

Digital ID for Venues: The Identity Layer You Can Trust (and Explain) 

Posted by Aneta Ciurkot on Posted in Biometrics, Digital ID, Hospitality Tagged , ,

If you build or run technology for a stadium or arena, you already know the truth: identity is everywhere, even when no one wants to think about it. 

It shows up at the gate. In premium areas. At staff entrances. In vendor access. In loyalty. In age-restricted purchases. In incident response. And the more digital your venue becomes, the more those touchpoints depend on something a person has (a QR code, a phone, a credential) instead of who a person is. 

That’s why we’re seeing a clear shift: venues are thinking beyond single checkpoints and toward the full in-stadium experience where fans aren’t repeatedly asked to pull out a phone or re-confirm who they are at every moment that matters.

At NEC, we built Digital ID and Identity Cloud Service (ICS) to support this at venue scale – securely, responsibly, and in a way you can clearly explain to stakeholders and fans.  

Why this matters now: the old tools don’t answer the right question 

Traditional venue security and access tools: turnstiles, bag checks, metal detectors can help manage risk, but they don’t reliably answer the question venues increasingly need to answer: 

“Is this person the right person for this access?” 

Even modern digital tools can fall short. Tickets can be shared. Accounts can be taken over. Credentials can be passed around. And every extra check you add to compensate becomes another point of delay and another operational strain. 

Facial biometrics change the model: instead of repeatedly asking guests to present something, we can confirm identity through presence—securely, quickly, and with controls that respect choice and privacy.  

What venues and fans actually get from Digital ID 

This only works when the value proposition is real for both sides. 

For fans, the “job” is simple: get into the venue and move through key moments without repeated device dependence. Once a fan chooses to enroll, identity confirmation can happen without repeatedly presenting a phone, code, or physical credential—making interactions feel faster and more natural. 

For clubs and venue operators, the job is operational: increase identity assurance across multiple touchpoints—entry, staff zones, VIP, vendor access—without forcing a full rebuild of infrastructure. We designed our approach to integrate into existing environments via APIs and SDKs and scale across use cases rather than staying locked to a single lane or single checkpoint.  

The security question: “What exactly are you storing—and what aren’t you?” 

This is where most Digital ID conversations succeed or fail. So we address it directly. 

Our venue-focused approach is designed around privacy-by-design principles and strong controls, including: 

  • Encrypted biometric templates (not stored photos). 
    At NEC, our Digital ID technology converts a face scan into an encrypted biometric template (a mathematical representation of facial features). In this model, we do not store photos, and these templates cannot be reverse-engineered.  
  • Liveness detection. 
    We use liveness detection to help confirm the person is physically present—so it’s not a photo, video, or mask. 
  • Proven accuracy (independently benchmarked). 
    NEC’s face recognition technology has consistently ranked at the top in NIST’s face recognition benchmark testing.  
  • Cloud-native orchestration with Identity Cloud Service (ICS). 
    ICS is our identity verification service designed to deploy quickly and scale—supporting 1:1 verification, 1:N search, and optional liveness and presentation attack detection capability, with secure tenant onboarding and administration.  

What a responsible rollout looks like

If we want fans to adopt Digital ID in a stadium environment, the bar is higher than “it works.” It has to be explainable, governed, and predictable at scale.

That’s why we see three non-negotiables in successful deployments:

  1. Choice is visible and real
    Digital ID must be opt-in, with a clear alternative. Adoption grows when fans understand what they’re signing up for and how to unenroll. 
  2. Purpose is limited and systems stay separated
    A responsible design minimizes data and prevents “one giant database” thinking. Ticketing, payments, and security/watchlist workflows should remain distinct systems with clear governance and documented purpose.
  3. Performance holds up in the real world
    Venue conditions are not lab conditions. Hats, sunglasses, rain, low light, face paint—these are normal. That’s why real-world testing across conditions (and demographics), plus tuned thresholds and fallback processes, are part of doing this responsibly. 

Under that model, Digital ID becomes what venues actually need right now: an identity layer that can support multiple moments across the venue journey, not by adding more steps, but by reducing how often we ask fans to prove who they are. 

And when we design it with privacy and security as the foundation, using encrypted biometric templates and controls that are built for trust, Digital ID can scale in a way that’s good for fans and operationally sound for venues.

Scaling Facial Identity Authentication Across the Venue Experience

Posted by Aneta Ciurkot on Posted in Biometrics, Cloud, Digital ID Tagged , , , ,

Venues and arenas are under growing pressure to deliver experiences that feel easy, intuitive, and secure, even as attendance grows and operations become more complex. Fans expect to move through spaces without unnecessary delays, repeated checks, or constant reliance on devices. For venue operators, the challenge is how to support that experience while maintaining confidence in who is accessing services and spaces.

Facial identity authentication is increasingly being explored as a way to address this challenge. When implemented responsibly, it allows identity verification to happen naturally in the background, reducing the need for fans to repeatedly present tickets, phones, or physical credentials. A single identity authentication capability can then be applied across multiple moments in the venue journey, wherever identity verification or authentication is required.

Identity Cloud Service (ICS) has been developed to support this approach, providing a secure and privacy-focused way to verify and authenticate individuals using facial biometrics in environments such as large venues and arenas.

Making Identity Authentication Easier for Fans

In large venues, identity is rarely the focus of the experience, but it is often a source of effort. Fans are accustomed to pulling out phones, opening apps, scanning codes, or presenting credentials at multiple points, even within a single visit.

Facial identity authentication changes that dynamic. Once a fan has chosen to enroll, identity confirmation can take place without requiring them to actively present anything at each interaction. The experience becomes simpler because identity is recognized rather than repeatedly requested.

ICS is designed to support this model by establishing identity authentication outcomes that can be applied across different use cases, where appropriate. Instead of asking fans to repeatedly demonstrate who they are, the system allows identity to be confirmed in a consistent and unobtrusive way, making interactions feel faster and more natural.

Entry Designed Around Flow, Not Devices

Entry is one of the most visible and time-sensitive moments in any venue. Large volumes of fans arrive within short time windows, and even small delays can quickly affect the overall experience.

ICS supports facial authentication for entry scenarios where venues choose to offer it. For enrolled fans, this means identity can be confirmed as they approach access points, without needing to pull out a phone, scan a code, or present a physical credential. Authentication is performed using biometric templates rather than stored facial images, and the original image is not required for subsequent verification. Used alongside existing ticketing and access control systems, this approach helps venues support smoother entry processes while maintaining appropriate levels of identity assurance and privacy control.

Payments Without Breaking the Experience

Once inside the venue, convenience becomes critical. Concessions and merchandise purchases are often made under time pressure, and the need to reach for a wallet or phone can slow things down.

Identity service does not process payments or store financial information. Instead, it can be used to authenticate the individual authorizing a transaction. In facial authentication scenarios, this allows a purchase to be confirmed without the fan needing to present a card or device at the point of sale, while payment credentials remain securely managed by existing payment providers. This approach allows identity to support faster transactions without increasing the venue’s exposure to sensitive financial data.

Insight That Respects Boundaries

Operational insight is essential for improving venue performance, from understanding arrival patterns to identifying peak demand across services. At the same time, venues must meet expectations around transparency and responsible data use.

Identity Cloud Service is designed to support insight derived from authentication events rather than continuous monitoring. Configurable retention periods and access controls allow venues to determine how identity-related data is used, how long it is retained, and for what purpose.

This enables venues to learn from patterns and trends without extending identity or compromising privacy.

Privacy and Ethics as a Foundation

The use of facial biometrics in public environments requires a strong focus on ethics and trust. Identity Cloud Service is designed with privacy-by-design principles, using template-based biometric technology, purpose limitation, and strict access controls.

Enrollment is voluntary, usage is governed, and deletion can be requested through the relying party. These principles reflect lessons learned from real-world deployments in sports and venue environments, where public acceptance depends on transparency, choice, and clear communication.

Read more about ethics and privacy in facial biometrics in this NEC Today article focused on the sports industry.
https://nectoday.com/ethics-privacy-in-facial-biometrics-lessons-from-the-sports-industry/

Applying Facial Identity Authentication Where It Adds Value

ICS has been applied in live arena environments, supporting facial identity authentication at scale while operating within defined privacy and regulatory frameworks. These deployments show how a single facial authentication capability can be extended across multiple use cases, rather than limited to a single point in the fan journey.

As venues continue to evolve, facial identity authentication is increasingly viewed as an operational capability that helps make experiences easier for fans while supporting efficiency and trust for operators. When implemented thoughtfully, it fades into the background, enabling smoother interactions without becoming the focus of attention.

Learn more about Identity Cloud Service for enterprises here: https://info.necam.com/identity-cloud-service-for-enterprises

The Price of Trust: How Cloud-Native Identity Services Secure Financial Futures

Posted by Aneta Ciurkot on Posted in Biometrics, Cloud, Digital ID, Finance Tagged , , ,

The Problem with Identity: When Trust Becomes a Liability 

The narrative of security and safety in the financial sector is often one of reaction rather than prevention. An unfortunate but common reality is that security becomes a top-tier priority only after a catastrophic event, such as a large-scale data breach or a wave of fraudulent losses. However, the analysis shows that by the time a crisis unfolds, the damage has already been done, and the costs are far more than just monetary. For individuals, such a failure can result in the loss of a life’s savings; for institutions, it can erode the very foundation of trust upon which the industry is built. 

The scope of this issue is immense and rapidly expanding. According to a 2024 report from the Federal Trade Commission (FTC), fraudulent activity led to a staggering $12.5 billion in losses, marking a significant $2.5 billion increase from the previous year’s figures. This data reveals that the threat landscape is not static but is accelerating at an alarming rate. It also underscores that the cost of inaction is not merely a hypothetical risk but a quantifiable and growing liability. 

The Digital Identity Minefield: Challenges of a Fragmented Ecosystem

The challenges facing financial services are rooted in the limitations of existing identity management architectures. Many institutions still rely on a fragmented, patchwork system of legacy applications and siloed databases. These systems often lack modern identity capabilities, leading to significant inefficiencies and vulnerabilities. The manual processes required to manage these disparate systems for compliance with regulations like GDPR, SOX, and PCI-DSS are error-prone and create “gaps in compliance”.

This fragmentation poses a particular challenge during periods of organizational change, such as mergers and acquisitions, where the unification of diverse identity repositories and access policies becomes a complex and disruptive undertaking. The reliance on a centralized identity model, while offering simplified management and audit capabilities, creates a single, high-value target for attackers. This architecture also enables a pervasive and dangerous problem known as “access creep,” where employees accumulate excessive access rights over time.  

The Spoofing and Deepfake Threat 

The industry has increasingly turned to biometrics—fingerprints, iris scans, and facial recognition—as a seemingly foolproof solution. Biometric data is inherently unique to each individual and, unlike passwords, cannot be easily duplicated or stolen in the traditional sense. However, as the technology has matured, a new and sophisticated class of threats has emerged, challenging the very notion of biometrics as an impregnable defense. 

The rapid advancements in generative AI have “flipped” the security paradigm on its head, rendering many legacy biometric systems vulnerable to sophisticated, AI-driven attacks. Deepfakes, once a staple of science fiction, are now a tangible cybersecurity threat that can be used to bypass facial recognition systems and lead to account takeovers and major financial losses. The financial implications of this new fraud vector are staggering: generative AI-enabled fraud losses in the U.S. are projected to grow more than threefold, from $12.3 billion in 2023 to $40 billion by 2027.

The technical weaknesses that enable these attacks are manifold. Spoofing, a method of fooling a biometric sensor with a fake artifact like a 2D photo or a 3D mask, remains a persistent challenge. Moreover, the open nature of certain mobile operating systems, often forces banks to rely on software-based biometric solutions that are easier for malicious actors to compromise with rooting tools and virtualization frameworks. These vulnerabilities demonstrate that not all biometric systems are created equal, and a high-quality, government-grade solution is a necessity, not a luxury. A 2025 survey of financial institutions found that a high percentage of respondents, 77%, considered deepfakes to be either a moderate or high threat to their application processes, underscoring the urgency of the problem. 

The Blueprint for a Secure Future: How Identity Cloud Services Solve the Crisis 

NEC Identity Cloud Service: A Foundational Shift to Cloud-Native Security 

The financial services industry requires a security paradigm that is built for the future, not patched onto the past. The NEC Identity Cloud Service (ICS) represents a foundational shift to a cloud-native security model. It is designed not as a separate product but as an embedded “identity layer” that can be rapidly deployed and scaled across an enterprise’s entire ecosystem. This architectural approach directly addresses the limitations of traditional, on-premise solutions. 

The cloud-native nature of ICS provides a significant advantage in terms of both speed and cost. On-premise identity solutions can take weeks to deploy, whereas ICS is available in a matter of hours. This rapid implementation is critical in an environment where speed to market and the ability to respond quickly to new threats are essential. Furthermore, by shifting the burden of hosting and support to NEC, the cloud model offers a considerably lower total cost of ownership compared to self-managed, on-premise deployments. This financial efficiency allows institutions to allocate resources to other strategic initiatives while ensuring a secure, scalable identity framework. 

The Liveness Advantage: Combating AI Fraud with Unmatched Accuracy 

The key to solving the biometrics paradox lies in moving beyond basic facial recognition to a solution with government-grade accuracy. The NEC Identity Cloud Service provides a direct answer to the threat of deepfakes and spoofing. NEC’s facial recognition technology has been consistently ranked as the world’s most accurate by the U.S. National Institute of Standards and Technology (NIST) since 2009. The technology boasts an unparalleled accuracy rate of 99.2% and can verify faces even from poorly lit or obscured images. This level of precision significantly reduces the rates of false positives and false negatives, which are major pain points for lower-quality systems.

The system’s defense against deepfakes is rooted in its advanced “liveness detection.” This technology analyzes subtle biometric cues, such as eye blinks, head movements, texture, and the reflection of light on the face, to distinguish a live human from a fake representation or a synthetic image. This sophisticated approach directly counters the AI-based video and voice cloning that analysts agree pose a significant threat to modern biometric systems.

In addition to its anti-spoofing capabilities, the NEC solution also prioritizes data privacy through its proprietary biometric template technology. The system generates mathematical abstractions of facial data that are impossible to reverse-engineer or reconstruct to reveal a user’s identity. This design choice is critical as it addresses the privacy concerns surrounding biometric data and ensures that even if a template were to be compromised, the core identity of the user would remain secure. 

Bridging the Gaps with Seamless Integration 

One of the most profound benefits of the NEC Identity Cloud Service is its ability to unify a fragmented identity landscape. The platform utilizes open APIs to provide a “common, standardized interface” that can “learn the various message formats used by different banks” and organizations. This capability is a fundamental solution to the problem of identity silos, which often lead to duplication, inconsistent data, and repetitive verification processes.

By offering a single, verifiable identity credential, NEC’s solution allows for a consistent and secure identity to follow the user across multiple applications and services. This capability is particularly valuable for addressing complex access management challenges, such as integrating third-party vendors and unifying identity systems during mergers and acquisitions.

This unification also revolutionizes the user experience. By reducing the need for multiple accounts and redundant verification steps, the solution simplifies the customer journey, from onboarding to daily transactions. The system enables seamless, friction-free processes like eKYC (electronic Know Your Customer), allowing customers to open an account with a simple selfie and a copy of their ID, eliminating the need for in-person visits and cumbersome paperwork.

Key Recommendations for Financial Institutions 

To navigate the evolving industry threats and build a secure foundation for the future, financial institutions should consider the following strategic imperatives: 

  1. Adopt a Cloud-Native Identity Model: The future of identity management is in the cloud. Institutions should prioritize solutions that offer the speed, scalability, and cost efficiency of a cloud-native platform, allowing them to rapidly deploy and adapt to new business and security requirements. 
  1. Demand Government-Grade Biometrics: The data is clear that not all biometric solutions offer the same level of security. To effectively combat sophisticated threats like deepfakes and spoofing, institutions must invest in top-tier biometric technology with a proven track record of accuracy and robust anti-spoofing features. 
  1. Unify the Identity Ecosystem: The era of fragmented identity silos must end. A successful identity strategy requires a solution that can create a single, trustworthy identity layer, seamlessly integrating with both legacy systems and third-party applications to reduce friction and improve security across the entire enterprise. 
  1. Embrace Security as a Value Driver: Security is no longer a cost center to be minimized. By framing a robust identity solution as a strategic investment, institutions can realize a significant return on investment through fraud reduction, operational efficiency, and, most importantly, the cultivation of lasting customer trust and loyalty. 

Let’s map your identity roadmap > 

References

Bhattacharyya, S. (2025). Banks tighten ID checks as AI deepfakes get better. American Banker. https://www.americanbanker.com/news/banks-tighten-id-checks-as-ai-deepfakes-get-better

IBM. (2024). Cost of a Data Breach Report 2024: Financial Industry. https://www.ibm.com/think/insights/cost-of-a-data-breach-2024-financial-industry

John Marshall Bank. (2024). Fraud Facts and Statistics. https://www.johnmarshallbank.com/resources/security-center/fraud-facts-and-statistics/

From Screening to Experience: How Biometrics Are Changing Venue Security 

Posted by Aneta Ciurkot on Posted in Biometrics, Enterprise, Events Tagged , , , ,

The best security doesn’t look like security at all. It looks like ease. Like flow. Like a guest walking through an entryway without hesitation, unaware that the moment is already protected. 

Stadiums, arenas and entertainment venues face an impossible balancing act: make 60,000 people feel safe, but don’t make them feel watched. Keep bad actors out, but let joy in. Show strength, but remain invisible.

Read the arena case study >

The Limits of Traditional Security

Metal detectors. Bag checks. Turnstiles. These tools work—but they’re slow, visible and one-size-fits-all. They also create bottlenecks, increase staffing costs and sometimes, do more to intimidate than to deter. 

What they can’t do is tell you who someone is—or whether they belong there. 

Facial biometrics flip the equation. Instead of asking guests to prove their identity, NEC’s system recognizes them at a glance, securely, silently and in real-time. 

How Facial Biometrics Works 

  • As a guest approaches a checkpoint, a high-speed biometric camera verifies their identity. 
  • Liveness detection confirms it’s not a photo, video or mask. 
  • The system checks against a list—VIPs, season ticket holders, banned individuals, flagged persons. 
  • The process completes in seconds. 

IT-Friendly and Future Proof Infrastructure That Adapts 

Unlike costly physical redesigns, NEC’s facial biometric technology can be installed flexibly—on gates, kiosks, mobile stations. They integrate with existing access control and ticketing systems, ensuring security doesn’t require a venue overhaul. And during off-hours, the same tech can secure back-of-house areas, manage contractor and staff access.

Trust Through Transparency 

Fans don’t need to know every layer of your security stack. But they do need to know you care. NEC’s opt-in facial recognition lets guests enroll voluntarily, with full data transparency. It offers: encrypted storage, strict access controls and alignment with global privacy standards. 

When fans feel protected—not policed—they come back. They spend more. They recommend your venue.

Read how NEC Digital ID is transforming the arena experience >

A New Standard for Smart Venues

The next generation of arenas won’t just be bigger or louder. They’ll be smarter. More responsive. More attuned to the balance between immersion and protection. 

Talk to our team today how we can improve safety and experience at your venue.

How Strong Identity Verification Shields Healthcare from Costly Breaches

Posted by Aneta Ciurkot on Posted in Digital ID, Enterprise, Healthcare Tagged , , ,

The healthcare industry continues to face some of the highest data breach costs, with the IBM Cost of a Data Breach Report 2024 indicating an average of USD 9.77 million per incident for healthcare organizations. That amount surpasses any other sector. For CIOs and IT leaders, these figures underscore the critical importance of deploying secure and reliable biometrics, including facial biometrics, to reduce risks and uphold patient trust. 

Download our guide to biometric solutions for healthcare providers here >

Where We Are with Risk 

Intrusions often originate from compromised credentials or inadequate access controls. Attackers don’t need sophisticated methods if they can simply log in with stolen accounts. Meanwhile, regulations across multiple regions amplify the consequences. Once sensitive patient data is exposed, legal and remediation fees pile up. The time required to identify, contain and recover from a breach—averaging 258 days in the 2024 IBM report—only adds to operational disruptions that can delay critical patient services. 

Why It Matters 

Although insurance coverage or fines may be part of the cost, lost productivity and diminished patient loyalty can deal a much bigger blow. When patients discover their personal records—including Social Security numbers, diagnoses or billing information—have been compromised, the resulting concern can drive them elsewhere. Meanwhile, staff must divert attention to investigations and reporting, fueling operational and financial strain. 

The Costs and Impacts 

  • Financial Setbacks: Healthcare breach costs are the highest across all industries, reaching nearly USD 9.77 million on average. 
  • Long Recovery: Most organizations in the study needed well over 100 days to fully recover. 
  • Reputation Damage: A single violation of patient data can undercut public confidence. 

Possible Solutions 

Stronger identity verification remains a crucial measure. Multi-factor authentication, biometrics and secure credentialing tools reduce the likelihood of unauthorized access. One option worth examining is NEC Digital ID, which uses advanced biometric and identity management technology to confirm identities in real time. NEC’s facial biometrics offer healthcare organizations a powerful solution to strengthen patient identity verification. 

At NEC, we understand the concerns around biometrics. That’s why our proprietary technology relies on a biometric template—a mathematical abstraction of a face or identifier. To better ensure privacy and security, NEC does not store the photos used to generate the biometric templates, and the templates cannot be reverse engineered or otherwise reconstructed to recreate a user’s image. 

Our solution is consent-driven and complies with the highest standards, including the “right to be forgotten.” Patients and visitors have full transparency and control over their data, ensuring trust at every step. 

NEC’s Secret Sauce for Healthcare 

  • Only encrypted biometric templates are stored. 
  • Whether on-premises, in the cloud, or as a service, NEC’s solution is designed to meet the specific needs of healthcare organizations. 
  • NEC adheres to the strictest standards, including HIPAA compliance, and undergoes rigorous audits to maintain trust and transparency. 

When secure facial recognition technology is part of your cybersecurity strategy, you not only guard data but also safeguard the well-being and confidence of the very people you serve. Talk to our team today. 

Interested in integrating NEC’s facial biometrics technology into your existing solution? Download our guide to biometric solutions for healthcare providers here.