Independent Analysis: AI, SaaS, and Revenue Growth Strategy

I first met Chris Anderson at Pop Tech. Later, we invited him to keynote the Network Solutions Grow Smart Business conference, and I had the chance to visit him at the Wired offices in San Francisco. When he walked away from the most influential technology magazine in America to run a drone company, my reaction was not surprise. It was recognition. He had seen something most people had not.

Anderson spent over a decade at Wired shaping how the technology industry understood itself. His 2004 Long Tail essay reframed digital distribution. His book Free examined what happens when delivery costs approach zero. Both ideas turned out to be correct. They also described the commercial drone market before that market existed.

The Bet He Made

3D Robotics, co-founded with Jordi Muñoz in 2009, became the largest domestic drone company in the United States. It was built on open-source hardware and community-driven development: the same philosophy that defined the maker movement Anderson had championed at Wired. The bet was that drones would follow the same arc as personal computing — specialized and expensive at first, then commoditized, then infrastructure for real industries.

The technology bet was right. The market timing was not. DJI collapsed hardware margins before the commercial regulatory framework existed to sustain a US-based manufacturer. 3D Robotics exited hardware in 2016, pivoted to enterprise software for construction under the Site Scan platform, and sold that business to Esri in 2019. What remained was a smaller entity pursuing Federal Aviation Administration type certification for inspection in regulated airspace. Today, Anderson is listed on LinkedIn as working on something in stealth at the intersection of artificial intelligence and advanced manufacturing. He is not done.

The Battlefield He Predicted

Drones have not just arrived. They have reordered military strategy at a speed no procurement system was designed to absorb. Ukraine is producing roughly four million drones a year, more than the entire NATO alliance combined. Russia has launched over 57,000 one-way attack drones at Ukrainian cities. The Shahed drone from Iran, estimated to cost between $20,000 and $50,000 each, has forced the United States and its Gulf allies to respond with interceptors costing millions per shot. Ukraine's answer has been a $1,000 fiber-optic interceptor drone with artificial intelligence-assisted guidance that has downed over 1,500 Shaheds. The United States reverse-engineered the Shahed, put American components in it, and is now firing it back at Iran under the designation LUCAS. The lesson from every one of these conflicts is identical: cheap, fast, and intelligent wins against expensive and precise, if you have volume on your side.

This is exactly the future Anderson described when he said drones would become ordinary infrastructure. The word he used was "boring." He meant it as the highest possible compliment: technology so normalized it no longer requires explanation. On the modern battlefield, drones are not a novelty. They are the primary weapons system. The cost curve he saw coming has arrived, and it has reshuffled the balance between small actors and large ones in ways that traditional defense budgets were not built to absorb.

India: From Kisan Drones to the Punjab Border

In India, the same technology is playing out across two entirely different contexts simultaneously. On one side, the Indian government has built one of the most aggressive agricultural drone subsidy frameworks in the world. The Kisan Drone Scheme, launched by Prime Minister Narendra Modi in 2022, the NAMO Drone Didi initiative certifying 15,000 women-led self-help groups as drone operators with up to 80 percent subsidy on purchases, and the Production-Linked Incentive scheme backing domestic manufacturers, together represent a deliberate national bet that precision agriculture from the air is the answer to India's twin pressures of labor scarcity and fragmented landholdings. Drone spraying services are available to farmers at 150 to 300 rupees per acre. The market is moving from pilot to mainstream.

On the other side of the same country, the Border Security Force intercepted 272 drones crossing from Pakistan into Punjab in the first eleven months of 2025 alone. The payload on those drones included 367 kilograms of heroin, 200 weapons, thousands of rounds of ammunition, and explosive materials. The drones are predominantly Chinese-manufactured, often the DJI Mavic series, and they are increasingly equipped with fail-safe return-to-home programming that sends them back across the border when the signal is disrupted, making interception harder. The price differential that drives the trade is extraordinary. One kilogram of heroin that sells for approximately $6,000 in Pakistan crosses into Punjab and becomes worth $120,000. The drone is not the business. The drone is the cheapest, most efficient logistics solution ever devised for a high-margin, illegal supply chain.

India is now building out counter-drone infrastructure, with Punjab deploying nine anti-drone systems along its 532 kilometers of border with Pakistan at a cost of 51 crore rupees. A BSF forensic drone lab in Amritsar analyzes recovered units for flight history and origin. The arms race between drone capability and counter-drone capability on the Punjab border is an exact mirror, at smaller scale, of what is happening between Russia and Ukraine. The technology that Anderson wanted to use for construction surveying and crop monitoring is the same technology running on both sides of every conflict zone on earth.

The Constraint Was Never Technology

Anderson has written publicly that the technology for autonomous drone operations at scale was ready years before any regulatory authority permitted it commercially. He estimated the lag at fifteen years beyond where he expected it to be. The failure of 3D Robotics was not a failure of analysis. It was a failure of sequencing: building a company that assumed regulators would move at the pace of engineers. They did not, in peacetime. War is a different regulator. Ukraine iterated drone designs on weekly combat feedback cycles. India bypassed years of drone adoption inertia with direct subsidy programs because food security and agricultural labor shortage are political problems, not just technical ones. When the incentive is strong enough, the regulatory friction disappears quickly.

If Anderson had 3D Robotics today, with the domestic manufacturing tailwinds created by restrictions on Chinese-made drones in US government procurement, with defense budgets globally pivoting toward cheap autonomous systems, with India's agricultural drone market growing at rates no analyst predicted five years ago, the company would be valued very differently. The insight was right. The era simply took longer than a single startup could afford to wait for.

He is now working on something new, at the intersection of artificial intelligence and advanced manufacturing, in stealth. Given his track record of arriving early to the right place, it is worth paying attention to where he surfaces next.

Being ahead of your time is a different problem than being wrong. The drone world Anderson predicted is here. It just arrived on a battlefield, in a field in Punjab, and on the Pakistan border, all at once.