Post-authentication data securityFENIXPYRE / PADS
Attackers don't break in.
A valid login shouldn’t mean unlimited trust. FenixPyre keeps protection attached to the file, wherever it travels.
Attackers don't break in.
The missing layer
in data security
Security advanced through three eras. Each raised the bar. Each stopped protecting data the moment a user logged in.
01 - The perimeter era
The perimeter era
Firewalls and VPNs. Success meant keeping unauthorized traffic off the corporate network. Traffic stops at the wall.
The flaw
- Everything behind the wall is treated as trusted.
- A stolen key opens every door inside.
Perimeter enforcementKeep threats out.
02 - The malware era
The malware era
Antivirus and sandboxing. The goal was preventing malicious code from executing before it could run.
The flaw
- Scanning finds only what it recognizes.
- Clean-looking files are waved through.
Signature scanningRecognize. Block.
03 - The identity & access era
The identity & access era
Zero Trust, MFA, IAM, and DLP. Identity became the new perimeter. A valid credential opens the gate.
The flaw
- Authentication ends at the moment of access.
- The file behind the gate becomes readable.
Identity enforcementVerify. Then trust.
04 - The PADS era
The PADS era
Post-Authentication Data Security attaches enforceable policy to the file. Protection persists after authentication and travels with the data.
What changes
- Protection persists through an authenticated session.
- Policy follows the file across systems, users, and environments.
- Exfiltration produces ciphertext, not data.
Data-layer enforcementProtection travels.
The reality check
Once an attacker holds valid credentials, the traditional stack reaches its limit.
Encryption dissolves the instant the session is authorized.
DLP sees no violation, because the movement looks like normal work.
The result every tool worked as designed, and the data still left.
Core philosophy
"PADS keeps data protected whenever and wherever it's used, regardless of how access was obtained."
01 / Authenticate the identity02 / Evaluate the context03 / Protect the file ↗
PROTECTION IN MOTION
Every request earns access.
Your files stay protected.
People or AI. Familiar apps or new workflows. FenixPyre evaluates trust before encrypted data becomes readable.
01 / OPEN A FILE
XMicrosoft ExcelFinancials.xlsx
WMicrosoft WordStrategy.docx
AAutoCADBlueprint.dwg
REQUESTING IDENTITY
Authorized userOpening Financials.xlsxACCESS REQUEST
FenixPyre
02 / TRUST EVALUATION
01Identity statusAwaiting verification·
02Access policyAwaiting verification·
03Workspace contextAwaiting verification·
04Network contextAwaiting verification·
05Device trustAwaiting verification·
06Key authorizationAwaiting verification·
ENCRYPTED BY DEFAULT◆
03 / FILE ACCESS
Encrypted. Awaiting checks.
◇Protected at every step.
Only an approved request can unlock the file.
Authorized people and policy-approved AI agents can access decrypted content. Unauthorized requests are denied and the file remains encrypted. Context includes workspace, network, device trust, and key authorization.
78%
The volume gap
U.S. data compromises rose 78% in a single year, an all-time high despite record security investment.
74%
The human element
Share of breaches involving stolen credentials, phishing, or human error, per the Verizon DBIR.
$10.2M
Average breach cost
The 2024 average cost of a U.S. data breach, a record high for the industry.
Five breaches, replayed
with FenixPyre switched on
Pick an incident, then switch the data layer on. Every control below performed exactly as designed. Only the last one changes the outcome.
Select an incident
Data layer
Exfiltrated data rendered unusable
Replay your own incidentA 30-minute session against your own file estate.
THE BUSINESS IMPACT / EXPLORE THE OUTCOMES
Less exposure.
More certainty.
FENIXPYRE / DATA LAYERPOLICY ATTACHED
Contained.
The file moves. The protection stays.
Connected.
Different workflows. The same data policy.
Visible.
Understand access beyond the login.
01Risk postureContain the consequence.
Keep stolen files from becoming readable data. Protection persists beyond the authenticated session.
When a file leaves your environment, its encryption and access policy go with it. A copied file still requires an authorized request to become readable.
Explore an access request02CoverageFollow the file. Everywhere.
One data layer across people, applications, AI agents, and external collaborators.
Evaluate identity, device, and context at the point of access. Explore how approved people and AI agents can work with a file while unauthorized requests remain blocked.
Try the access scenarios03AssuranceMake access accountable.
Give your team a clearer record of how protected data is being used.
File-access events support monitoring, investigation, and audit evidence. Connect that visibility to the identity and security tools your team already uses.
Discuss your environmentSelect an outcome to explore what changes.
Featured
on the blog
The security treadmill is speeding up, and your data is still exposed
Teams fully remediated 26% of critical vulnerabilities last year, down from 38%. More effort, less coverage.
Read article →
Zero Trust succeeded. It just stopped one step too early.
Before the next Zero Trust investment, read what it still cannot protect once the session is trusted.
Read article →
Your DLP is working exactly as designed
That is the problem, and the reason additional DLP spend does not close the post-authentication gap.
Read article →YOUR NEXT MOVE
Assume the login succeeds.
Protect the data anyway.
LET’S MAKE IT CONCRETE30 MIN / WORKING SESSION
Keep everyday work moving.
Explore how file protection works in the applications your people already use, including when files are shared outside your organization.
Give agents the right access.
Walk through an approved AI request and a blocked one. See where identity, device trust, and access policy shape the outcome.
Start with what matters most.
Map a sensitive file’s journey from creation to sharing, and explore where persistent encryption and access controls fit.