Industries · Logistics & Supply Chain

One server let every warehouse in. It also answered the whole internet.

Warehouses, franchise sites and a Linux-heavy estate reach every enterprise application through one governed door, and the exposed host comes off the public network.

  • DPDP Act
  • CERT-In directions
  • ISO 27001
  • Customer-contract security clauses
The sector’s access problem

Logistics is the sector with the least tolerance for a maintenance window. Sorting, dispatch, tracking and billing systems run against shipment volumes that never pause, across warehouses, hubs and franchise sites, many of which the company does not own, staff or issue hardware to.

The access model underneath is usually the accumulation of whatever worked at each site: a Linux estate that most access products were never built for, one arrangement per application, and, in the case this page is written from, a single Linux server carrying the enterprise application on a public address. Everything that could find it could knock on it.

Where InstaSafe lands

The five or six places this actually changes something.

  • The exposed hostThe server that published the enterprise application stops answering unauthenticated inbound. A session opens only once the user, the device and the context have been checked; a port scan finds nothing to talk to.Zero Trust Network Access
  • Linux in the warehouseWarehouse machines take the same access path as the head-office laptop, across 1,500+ OS and device combinations, instead of being an exception handled later.
  • One catalogue, both estatesApplications in the data centre and applications in the cloud are published and granted from the same console, so moving one between them re-points the access instead of rebuilding it.Secure Cloud Access
  • Franchise & partner sitesSites on hardware you will never manage get scoped, posture-checked, time-boxed access to the applications their contract covers, and nothing adjacent to them.Third-Party Access
  • Off-premise visibilityRemote and off-premise access is recorded per session: 202 event types into the SOC across 7 export formats, with 11 report types on top.
Spec highlights

The numbers this vertical gets asked for.

spec highlights _ logistics-supply-chain
  • Operating systemsWindows, macOS, Linux and mobile on one access path, across 1,500+ OS and device combinations
  • Exposed hostsApplications are published; the machine serving them answers no unauthenticated inbound
  • Both estatesData-centre and cloud applications granted from a single console
  • Partner sitesScoped and expiring access on hardware the company does not manage
  • Session evidence202 event types, 7 SIEM export formats, 11 report types
Logistics outcomes

The address stopsbeing findable.

What changes when applications are published instead of the machines that serve them.

The scan returns nothing

The host that used to carry the enterprise application on a public address cannot be enumerated, probed or brute-forced, because it no longer answers strangers.

Reach without membership

A user is granted the applications the role requires and cannot see the estate sitting behind them. Access to an app is no longer a position on a network.

New sites inherit policy

A warehouse or franchise opened next quarter joins the model that exists rather than negotiating an arrangement of its own.

Proof · Air express, cargo and logistics

The exposed server stopped answering the internet.

A cargo operator’s warehouse and franchise sites reached their enterprise applications through a Linux host that anyone could find and probe. The host now opens only after the user, the device and the context check out, and every operating system in the estate takes the same path.

  • Server concealed
  • One catalogue
  • Sessions recorded
Read the story
Supervisor watching parcels on a sorting-floor conveyor
Why logistics operators pick InstaSafe

Every application through one door,
on every operating system in the estate.

Every request
  • Identity signals
  • Device signals
  • Network signals
  • Application signals
All four signals evaluated — decision: allow.

You can verify identity, device, network, and app on every request. One decision engine evaluates all four before a single packet reaches anything — not four separate tools.

Linux, Windows, macOS and mobile on the same path. 1,500+ OS and device combinations, so the warehouse machine and the head-office laptop are governed by one policy instead of two products.

One console, not five. ZTNA, ZTAA, IAM, MFA, and SSO — retire the point products.

We are enterprise-grade compliant. Architecture aligned to NIST SP 800-207 and CSA SDP; supports the controls required by PCI DSS, HIPAA, GDPR, SOX, and ISO 27001.

The exposed host stops answering. Applications are published rather than the servers that carry them, so the address that used to be scanned all day returns nothing at all.

Audited, certified, recognised
  • NIST SP 800-207
  • ISO 27001
  • CSA SDP
policy.json
"decision": "allow"
202 event types logged
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