Maris Tech

As AI systems become more advanced, they create enormous amounts of operational data.
For ISR platforms, autonomous systems, and tactical video environments, that creates a major challenge: how to efficiently process, prioritize, and transmit critical information in real time.
On the battlefield, bandwidth and connectivity are limited. That makes intelligent data handling increasingly important. This article highlights how the future of edge intelligence may depend just as much on data efficiency as processing power.

From Pixels to DNA: Why the Future of Compression Is About Every Kind of Data | Towards Data Science It’s not about audio and video anymore

The global drone market is expected to reach $83B by 2035 – and the biggest transformation will not just be the drones themselves.

As unmanned systems take on more operational roles, there is increasing demand for real-time AI processing, onboard video intelligence, and edge-based situational awareness.

Defense and security organizations are looking for systems that can process data instantly, operate in bandwidth-constrained environments, and deliver actionable intelligence directly at the tactical edge.

At Maris-Tech, we continue to see growing interest in our compact AI video intelligence platforms designed for real-world drone operations.

Not every environment supports real-time streaming.
But real-time decisions still have to be made.
At Milipol TechX 2026, Maris-Tech will show how video intelligence works when conditions aren’t ideal:
• Complex terrain
• Limited bandwidth
• Disrupted connectivity
April 28–30 | Sands Expo, Singapore
Stop by Booth L1-R15 to see it in action.
https://www.maris-tech.com/mtx26/

In remote and bandwidth-limited environments, intelligence systems can’t always rely on constant connectivity.

By combining edge AI with narrowband communication, modern devices can process data locally and transmit only what matters – ensuring reliable intelligence delivery even in challenging conditions.

Learn how adaptive communication is influencing the future of intelligence systems: https://www.maris-tech.com/blog/narrowband-communication-for-edge-ai-intelligence-systems/

What happens when video intelligence doesn’t rely on the cloud?

At Milipol TechX 2026, Maris-Tech will demonstrate how real-time, onboard video processing enables faster decisions – even in complex terrain and low-bandwidth environments.

From drone-based edge AI to situational awareness and intelligence gathering, it’s all about bringing insight closer to the point of capture.

Booth L1-R15 | April 28–30 | Sands Expo, Singapore
→ See the use cases at MTX, https://www.maris-tech.com/mtx26/

What happens when one sensor isn’t enough? In real-world ISR environments, EO, infrared, and radar each provide part of the picture – but none of them can deliver full situational awareness on their own.

Our latest blog breaks down how sensor fusion, powered by AI and edge processing, combines these data streams to improve detection, tracking, and decision-making in complex environments.

Read the full blog here: https://www.maris-tech.com/blog/sensor-fusion-for-situational-awareness-with-eo-ir-radar-ai/

A UAV is monitoring a routine area. Then something changes. Movement appears where it shouldn’t. Multiple objects enter the frame. The operator is watching, but the situation is evolving fast.
It is exactly for these moments that Automatic Target Recognition (ATR) comes into play.

Instead of relying only on human interpretation, ATR enables UAVs to detect, classify, and track targets in real time. It takes video and converts it into actionable intelligence as the event unfolds.
As UAV systems become more autonomous, this kind of onboard intelligence is becoming essential.

Learn more in our latest blog:

Automatic Target Recognition (ATR) for UAVs | Maris-tech Automatic target recognition enables UAV systems to detect and track targets using edge AI video analytics for real-time ISR intelligence.

If you’re interested in how military drone programs are evolving globally, this video gives a solid overview of several next-generation UAV platforms.

Across multiple countries, the highlighted systems focus on:
- combining surveillance, strike, and patrol roles
- increasing autonomous navigation and targeting assistance
- survivability in contested environments
- extending endurance for ISR missions

It’s a helpful look at where UAV development priorities are heading.

Watch here: https://www.youtube.com/watch?v=I6RZXYycjfk

What does real situational awareness look like at night?

Peridot Night combines thermal and full-HD cameras with embedded AI to deliver panoramic 360° coverage and real-time threat alerts, even in low-light and complex environments.

It is designed for defense, homeland security, or fixed installations where visibility and reaction time matter most.

Explore the system here: 👉 maris-tech.com/peridot-night