Live Workshop: Zero Trust SWG with SafeSquid — meet.safesquid.com
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Zero Trust web security
that actually inspects.
Every request. Every session. Continuously. Deep HTTPS inspection with no speed tradeoff — so nothing ever needs bypassing.
Modern attacks hide inside trusted web sessions.
Business and risk now travel the same encrypted channels, and risk looks exactly like normal work. It enters through four doors your gateway already holds open.
Sanctioned traffic
Malware doesn't knock on the front door anymore. It arrives inside the cloud apps your policy already approves — malicious activity that looks exactly like legitimate business traffic.
- Payloads hide inside Google Drive, Dropbox, and the SaaS APIs your gateway waves through.
- Attackers steal tokens, abuse OAuth grants, and hijack live sessions — adversary-in-the-middle attacks indistinguishable from a normal login.
- Everything is encrypted, so most gateways simply stop looking.
drive.google.com
trusted · approved
Legacy gateway
checks URL only
finance-ws-114
inside perimeter
Malware arrives inside the cloud apps your policy already approves — the gateway only checks the address.
Trusted destinations
A good reputation is easy to borrow. Attackers operate from the platforms and domains you already allow.
- Trusted clouds and CDNs double as malware hosting and command infrastructure.
- Freshly registered domains and lookalike sites slip past every blocklist, by design.
- Covert DNS channels quietly carry data out under the radar.
update.bin
app.bundle.js
same host · same verdict · different payload
One request line. One trusted host. Two replies — both stamped ALLOW.
The browser
The browser is the new enterprise attack surface — where work happens now, and where attacks land first, after your gateway has already said yes.
- JavaScript, WebAssembly, and DOM execution run past the reach of perimeter controls.
- Extensions and permissions widen the blast radius of one bad page.
- Uploads, downloads, and forms move data both ways, unsupervised.
The gateway said yes at the door. Everything after that happens inside the browser.
Compromised user
Once someone is in, the perimeter never asks again. Trust granted at login lasts all day, even in the wrong hands.
- A hijacked account keeps every privilege the real user had.
- Sensitive files leave through channels the policy explicitly allows.
- Nothing re-checks the session until the damage is done.
Trust was granted once at login — and never questioned again, even in the wrong hands.
drive.google.com
trusted · approved
Legacy gateway
checks URL only
finance-ws-114
inside perimeter
Malware arrives inside the cloud apps your policy already approves — the gateway only checks the address.
Then generative AI poured fuel on all four doors.
AI accelerates productivity. It also accelerates risk — through the same sessions your perimeter already approves.
copilot is sanctioned. the rest aren't.
Your answer to all of this was supposed to be Zero Trust. Was it?
What you bought as “Zero Trust” is not Zero Trust.
The industry sells a three-step model: check identity, approve the destination, then trust the session. That is a login screen — not a continuous posture.
the model they sold
falseIdentity
Verify once, at login.
Nothing re-checks the session after.
Destination
Approve by reputation.
The address is judged. Never the content.
Session
Trust indefinitely.
Trust at 9 am is an open door at 5 pm.
as defined
Never trust. Always verify. Continuously — every request, every payload, every time.
Where traditional SWGs fail.
A legacy gateway checks the destination and the headers, then waves the session through — every threat rides that same trusted channel, unchecked, through all four gaps at once.
Doing Zero Trust right isn't a policy change.
It requires an architecture built for it.
SafeSquid: Zero Trust, actually implemented.
Every request verified. Every session. Continuously.
A Secure Web Gateway designed from first principles for Zero Trust, not retro-fitted from a web cache. Every inspection engine shares full session context inside one tightly coupled architecture, in real time, without trading away speed.
Not a Squid forkMulti-threaded coreRBI included free
Three architectural innovations make this possible.
Depth, speed, and isolation — engineered into one tightly coupled core, not bolted on as afterthoughts.
Multi-threaded core
Full inspection, zero speed penalty.
Legacy gateways copy data between processes and wait. SafeSquid threads share one memory — deep inspection never trades off against speed.
ssl.inspect()Executing…EDGEcontent.scan()Executing…PRODpolicy.evaluate()QueuedPRODthreat.correlate()QueuedCORE
Parallel processors
A neural network for traffic.
Every engine runs on the same data at once, over shared memory instead of isolated checks. Identity, content, behaviour, and policy fuse into one coordinated decision per transaction.
Remote Browser Isolation
The browser runs at your perimeter.
Only a sanitized pixel stream and scanned downloads reach the endpoint. Included free — competitors charge ~$55/user/month.
Isolated sessions
pixel stream only
The browser runs at your perimeter. Not on your network.
Remote Browser Isolation creates a permanent digital air gap — only a sanitized pixel stream and scanned downloads reach the endpoint. Included free. Competitors charge ~$55/user/month.
Browser Runtime
Use your work or school account to access Acme Corp
AIR GAP
Trusted Endpoint
Rendered pixels only — no active content crossed the Air Gap.
Active content terminates in containment. Only rendered pixels and sanitized files cross the Air Gap.
Lightweight
Minimal resource footprint on standard infrastructure — no dedicated hardware.
Scalable
SMP-aware architecture scales from small teams to enterprise-wide deployments.
Fully customizable
Open architecture for tailored isolation policies that match your security posture.
Access & privilege management
Seamless authentication and granular privilege controls for isolated sessions.
VDI integration
Optional virtual desktop infrastructure for complete endpoint isolation.
Enterprise control
Full administrative ownership of policies and configurations — under your team.
what enters your enterprise
- Pixel stream of the rendered page
- Explicitly approved downloads — scanned first
what never crosses the gap
- No JavaScript, DOM, or plugins
- No zero-day browser exploits
- No drive-by downloads or redirects
Users browse normally — no VPN, no agent, no workflow change. Feels like a standard session.
Learn more →~$660K/year saved·1,000-user enterprise vs. standalone RBI pricing
Twenty years at the perimeter of the hardest networks.
0+
years proven
0+
custom deployments
0+
installations
0M+
users secured
₹0
rbi surcharge
Zero data exfiltration incidents post-deployment
Aerospace and defence manufacturer deployed SafeSquid SWG across global facilities, replacing a legacy UTM stack. Full HTTPS inspection maintained for 10,000+ users with zero speed degradation.
Zero Trust web access at national energy infrastructure scale
Details pending from client. Case study to cover upstream threat interception, Zero Trust web access enforcement, and RBI deployment.
Secure web access for 200,000+ staff, zero session disruption
Details pending from client. HTTPS inspection at banking-scale volumes, full audit trail compliance, DLP enforcement across 200,000+ users.
Regulated industries run on SafeSquid.
From telecom backbones to banking halls and defence labs — deployed where failure isn't an option.
Regulated Enterprise
Multi-site SWG with RBI included for aviation, energy, and manufacturing.
10,000+ users · full HTTPS inspection · zero slowdown
Banking & BFSI
HTTPS inspection, DLP, and immutable audit trails at scale.
200,000+ staff · regulator-ready logging
Telecom & ISP
Carrier-grade SWG for national and state-wide backbones.
Bihar gradation-scale deployments
Healthcare
Clinical and admin web access — secured at the perimeter.
PHI-aware policies · no endpoint agent
Gov & Defence
Sovereign Zero Trust web access — workloads stay inside your perimeter.
Defence labs · policy ownership · upstream interception
Deployed with leading organizations
Built through two decades of real threats.
SafeSquid wasn't designed in a boardroom. It evolved in response to actual attacks, actual enterprise deployments, and actual failure modes in production security infrastructure.
2004
SafeSquid founded
Initial release as proxy-chain filtering layer.
2007
First enterprise deployments
Multi-process proxy limitations confirmed at scale.
2009
Multi-threaded rewrite
Shared memory pool enables real-time context.
2013
HTTPS inspection at scale
10,000+ concurrent sessions validated.
2017
Security Correlation Engine
Neural-net profiling. Fused decision per transaction.
2019
RBI — bundled free
Pixel streaming at perimeter. Included at no extra cost.
2024today
SafeSquid SWG current gen
2,000+ installations. 20M+ users secured.
Deep expertise is not claimed. It's earned by showing up, decade after decade, at the same layer.
Stop inspecting the perimeter.
Start controlling it.
Free guided pilot. No lock-in. No per-user RBI surcharge.