Off-Grid Connectivity: Resilient Mesh Networks for Mission-Critical Operations
We engineer autonomous communication infrastructure for environments where failure is not a viable option.
Born from Necessity
In the field, silence means danger. We built dot SAGA because we lived through the cost of system disconnection.
The concept for dot SAGA sparked during an intensive field operation when standard comms simply vanished, leaving teams isolated in high-stakes terrain. Watching seconds turn into lifetimes while waiting for a signal that wouldn't come, our founders realized that modern infrastructure is too fragile for the real world's most demanding missions. We don't just build technology; we build certainty for those who operate beyond the reach of the grid.
Our mesh technology creates a self-healing, high-bandwidth network that requires no existing towers or satellites. It is high-tech resilience, forged in the field and refined by intelligence experts.
The Strategic Command
A leadership team with deep roots in elite intelligence and field ops
Alon Abekesis
CPO
Expert in command center UX and product design, Alon ensures our tech serves the operator under pressure.
Noam Goldman
CEO
Former combat officer from an elite unit, Noam bridges the gap between tactical needs and scalable growth.
Alon Sadan
CTO
An practical electrical engineer from elite units, Alon masters the hardware and RF physics that drive our mesh.
Secure Your Field
We are expanding our team of experts to solve the world's hardest connectivity problems.
RF Systems & Antenna Engineer
Advance our core hardware capabilities by designing high-performance RF circuits and antenna arrays optimized for dense, off-grid mesh environments. You will work directly with our engineering lead to push the boundaries of signal range and penetration in challenging terrain, ensuring dot SAGA remains the gold standard for field reliability.
Network Protocol Architect
Develop the autonomous, self-healing algorithms that define our decentralized mesh network. This role requires a deep understanding of low-latency communication and packet routing in dynamic environments. You will be responsible for ensuring that our network maintains total integrity and speed even as nodes move and data loads fluctuate.
Lead Industrial Designer
Design the physical embodiment of reliability. You will create the ruggedized enclosures and ergonomic form factors that allow our technology to survive extreme temperatures, impacts, and long-term deployment in the most inhospitable environments on earth.
Embedded Firmware Developer
Write the mission-critical code that sits at the intersection of hardware and software. Your work will manage power efficiency and data processing at the edge, creating the bedrock for our autonomous systems. We need precision, stability, and code that cannot fail.