SERVICES · AVAILABLE NOW
Engineering practice
Fixed-scope, fixed-fee written engagements: Security Engineering, Security & Procurement and Agent Engineering. Real revenue, and what the roadmap is paid for with.
What we take on →Sovereign edge software · Australian engineered
The network fails.
The mission doesn’t.
JEGASEC builds sovereign, edge-first software for environments where connectivity is contested, congested or absent. Continuity scores every available link, applies mission policy, and moves traffic before an operator notices the drop.
CONTINUITY / WORKING DEMONSTRATOR / jscontinuity.systems
A NETWORK-ONLY SYSTEM WOULD PICK
5G
Lowest latency,
highest throughput.
highest throughput.
≠OVERRIDE
CONTINUITY SELECTS
SATCOM
Optimises for
the mission.
the mission.
With the network unchanged, SATCOM is chosen over the faster 5G because the mission weights reliability and resilience above raw throughput.
HOW MUCH THE MISSION SHAPED THIS DECISIONHIGH · 72%
MISSION
Mission Critical
TRAFFIC
Command & Control
BEARER
SATCOM
STATUS
RESILIENT
Simulated demonstration data A decision from the live demonstrator
Built by engineers from
- Royal Australian Air Force
- Defence Science & Technology Group
- UNSW Canberra
01 — The problem
Every link fails in its own way. Most systems only notice once the operator has.
Platforms in the field carry four or five bearers and use one at a time. When it degrades, someone reconnects by hand — mid-task, under load, at the worst possible moment.
CELLULAR
Congests
Shared with every other user in the cell. Throughput collapses exactly when the incident starts.
SATELLITE
Drops
Terrain, weather and geometry take the link without warning and give it back without notice.
RADIO
Gets jammed
Contested spectrum is a design assumption, not an edge case. The bearer is there and useless.
WI-FI / WIRED
Saturates
Fine until the depot fills up. Then it is the slowest path on the platform and still the default.
02 — Continuity
One pool of links. One policy. No one reconnecting anything by hand.
Continuity is an edge-resident communications orchestrator. It treats cellular, satellite, radio, Wi-Fi and wired as a single pool, and holds the session across whichever of them is currently worth using.
01 OBSERVE
Measure every link
Continuous, per-bearer measurement of what each path is actually delivering right now — not what it advertised when it came up.
02 DECIDE
Score and select
Mission policy weighs the scores. A conventional selector optimises for connectivity. Continuity optimises for the mission.
03 MAINTAIN
Hold the connection
Traffic moves to the better path while the session stays up. The operator keeps working; nothing asks them to reconnect.
Why the policy is the product
Anyone can pick the fastest link. The hard part is knowing which traffic must survive the next ten minutes — and being willing to spend a worse path on it.
03 — Where it stands
We publish what is real, what is being proven, and what we will not claim.
Defence and critical-infrastructure buyers are asked to believe a lot of roadmaps. This is the alternative: a standing, public statement of maturity you can hold us to, and an evidence page setting out how Continuity is tested, what is simulated, and what that does not yet prove.
DEMONSTRATED NOW
- Interface discovery across bearers
- Live per-link scoring
- Policy-driven path selection
- Automatic failover with the session held
- Browser-accessible demonstrator
IN VALIDATION
- Integration with real modem hardware
- Representative platform trials
- Behaviour under sustained degradation
- Policy authoring for operator teams
- Long-run stability at the edge
NOT YET CLAIMED
- Operational certification
- Fielded deployment
- Accreditation to a security standard
- Performance guarantees under contract
- Support at scale
04 — Everything else
Continuity is the product. The rest funds it or stays where it is.
A company this size gets one thing to the field at a time. The engineering effort goes to Continuity; the work below either pays for that or predates the decision to concentrate on it. We are not starting new product lines.
EARLIER WORK · HELD AT ITS STAGE
Prior products and research
Fleet Shield, Spectrum Sentry and the Defence R&D programme, each described at the maturity it actually reached rather than marketed past it.
Where each one stands →THE ONE THAT GROWS
Continuity
Edge-resident communications orchestration for platforms that must keep operating when a bearer goes. Dual-use: defence and critical infrastructure.
How it is tested →05 — Design partners
A small number of partners, chosen for the environments they operate in.
We are validating Continuity against representative hardware and real operational constraints. Partners get the engineer who wrote it, not an account manager — and their constraints shape what ships. We do not have design partners yet; if this is your environment, we want to talk.
Environments we are looking for
- Defence industry
- Emergency management
- Autonomous systems
- Critical infrastructure
- Robotics
- Remote operations
- Maritime
- Field communications
06 — Company
JEGASEC PTY LTD
ACN 701 612 277
ABN 54 701 612 277
Melbourne, Victoria
Australian owned and operated
ACN 701 612 277
ABN 54 701 612 277
Melbourne, Victoria
Australian owned and operated
“In Defence, reliable communications are never guaranteed. Continuity is our answer: sovereign software built to keep the mission connected even as networks degrade.”
Tell us where your link breaks.
A twenty-minute conversation with the engineer, not a discovery call. If Continuity is wrong for your environment we will say so.