Access Granted.
Identity Confirmed.
Fingerprint, facial recognition, and multi-factor biometric access control — the highest assurance that the person entering is exactly who they claim to be. Deployed entirely by our own certified engineers.
What it is
Biometric access control authenticates identity through a physical characteristic (fingerprint, face) that cannot be transferred, shared, or forgotten. Unlike a card or PIN, it is always present.
Best suited for
- ✓ Server rooms & data centres
- ✓ Pharmaceutical clean rooms
- ✓ Research & laboratory facilities
- ✓ Finance & vault access
- ✓ HR and records departments
The Problem It Solves
Cards Get Shared
RFID cards are passed between colleagues, loaned to contractors, and left on desks. The card enters — not the person. Biometrics end this.
PINs Get Forgotten — Or Observed
A PIN can be shoulder-surfed, written down, or shared over a phone call. A fingerprint cannot.
No Audit = No Accountability
Without biometric logs, you cannot prove who accessed a restricted area during an incident. With biometrics, every entry is tied to a named, verified individual.
Scope of Work
Reader Types Explained
| Type | Assurance | Best For |
|---|---|---|
| Fingerprint (optical) | High | Standard office & industrial |
| Fingerprint (capacitive) | Very high | High-security areas |
| Face recognition | High (contactless) | Hygienic / pharma / healthcare |
| Multi-modal (face + card or face + PIN) | Highest | Server rooms, vaults |
What is liveness detection?
Modern biometric readers use liveness detection to prevent spoofing with printed photos, silicone fingerprints, or video replays. The sensor verifies that the biometric sample comes from a live person by detecting blood flow, skin texture, or 3D depth. This ensures that only real users — not fraudulent copies — gain access.
Our Process
Real Installations
Our certified engineers at work.
Technician fitting biometric reader to door frame – Corporate Office, Mumbai
Engineer enrolling a fingerprint on the admin terminal at site – Pharma Facility, Hyderabad
Finished installation – reader, lock, and conduit – Clean finish, Bengaluru
Client Success Story
Challenge: Multiple unauthorised access attempts to server floor; card system had no individual accountability.
Solution: Deployed multi-modal biometric readers (fingerprint + card) at all server room entry points, integrated with mantrap interlocks.
✓ Outcome: Zero tailgating incidents, full audit trail for all personnel, passed ISO 27001 audit with clean logs.
Frequently Asked Questions
Q1: What happens if a fingerprint is not recognised?▼
This can occur due to dry skin, poor placement, or low enrolment quality. We configure backup PINs for each user, and administrators can re-enrol the fingerprint. Modern readers also support multiple finger enrolment for redundancy.
Q2: Can biometric data be stolen or hacked?▼
Biometric templates are stored as encrypted mathematical representations on the reader itself, never as raw images. Most systems store data locally on-device, making remote hacking extremely difficult. We also follow strict data protection practices.
Q3: How many users can the system store?▼
Typical reader capacity ranges from 1,000 to 10,000 users, depending on the model. For larger deployments, controllers manage multiple readers and centralised databases.
Q4: Does the reader work with wet or dirty hands?▼
Capacitive readers work best with clean, dry fingers. Optical readers are more tolerant of moisture but less secure. For industrial environments, we recommend optical or multi-modal readers.
Q5: Can one reader control multiple doors?▼
Yes and no: a single biometric reader can be wired to control one door. For multiple doors, you need a central controller that manages several readers and locks. We design the architecture accordingly.
Q6: Does facial recognition work with masks or glasses?▼
Modern facial readers use algorithms that can identify individuals even with masks (focusing on eyes/forehead) and glasses. For high-security applications, we recommend removing masks for enrolment or using multi-factor.
Q7: What is multi-factor authentication in access control?▼
Multi-factor requires two or more credentials: e.g., fingerprint + card, or face + PIN. This dramatically reduces the risk of unauthorised entry, even if one factor is compromised.
Q8: Can we export access logs for compliance audits?▼
Yes. Our systems export detailed logs (CSV/PDF) showing user, timestamp, door, and grant/deny status. Perfect for GMP, HIPAA, ISO, and BFSI audits.
Q9: What is anti-passback and do we need it?▼
Anti-passback prevents a user from entering again without first exiting. It stops credential sharing and tailgating. We recommend it for any high-security zone.
Q10: How long does user enrolment take for 500 employees?▼
Enrolment takes about 1–2 minutes per user. For 500 employees, we typically complete in one day using multiple enrolment stations. Our engineers handle the entire process.
Q11: Is biometric data stored on the reader or a central server?▼
Data can be stored on the reader (decentralised) or on a central server. Decentralised is more resilient to network outages; centralised offers easier management. We design based on your requirements.