Current Technology Intelligence

Blockchain passed the institutional inflection point in 2024-2025. BlackRock's BUIDL fund ($500M+ AUM) tokenised US Treasury bonds on Ethereum, validating real-world asset (RWA) tokenisation — estimated $16T market by 2030. Ethereum's move to Proof-of-Stake reduced energy use 99.95%. zkSNARK zero-knowledge proofs enable private transactions at scale. CBDCs (Central Bank Digital Currencies) are live in 130+ countries at pilot or full deployment stage — China's e-CNY has 260M wallets. DeFi TVL (Total Value Locked) exceeded $200B in 2025. The blockchain layer is becoming invisible infrastructure beneath finance, supply chains, and identity systems.

H100s, A100s, Google TPUs — the factories of the AI age. Tens of thousands per cluster. NVIDIA commands the supply chain for the intelligence revolution.

Precise DNA modification entering clinical use. Casgevy (sickle cell) approved 2023 — first CRISPR medicine in history. Dozens more disease targets in trials.

Below $0.03/kWh in best locations. The cheapest electricity in history. Solar and wind adding more capacity than all other sources combined every year since 2021.

4-hour battery arrays at utility scale. Multi-GWh installations stabilising grids, enabling higher renewable penetration, and undercutting gas peaker plants on cost.

Beyond COVID vaccines: mRNA cancer treatments, influenza vaccines, and protein-replacement therapies entering trials. Platform is the drug delivery system of the decade.

SpaceX Falcon 9 has cut launch costs 90%. Starlink's 6,000+ satellites deliver broadband globally. OneWeb, Amazon Kuiper scaling fast. New space economy is real.

Continuous glucose monitors, ECG on wrist, SpO2, skin temperature, and HRV — real-time biomarkers for 500M+ people. Medicine becoming data-driven and preventive.

600,000+ industrial robots installed per year. Da Vinci surgical system in 10M+ procedures. Automation accelerating across every manufacturing and medical vertical.

Full model inference on phones, cars, cameras, and sensors. No cloud dependency. Apple Neural Engine, Qualcomm NPUs running 10B-parameter models locally by 2027.

Factory-built nuclear reactors 10–300 MW. NuScale, Rolls-Royce, X-energy deploying first commercial units. Clean reliable baseload — the missing piece of the energy transition.

2–3× energy density vs. Li-ion. No liquid electrolyte — safer and more stable. Toyota, QuantumScape, and Solid Power targeting 2027–2030 mass production for EVs.

First practical quantum advantage in drug discovery, materials simulation, and optimisation problems. Error-corrected qubits scaling past 1,000 logical qubits by late decade.

IBM Condor (1,000+ qubits), Google Willow (105 qubits — first below-threshold error correction), Rigetti, Oxford Quantum Circuits. The dominant commercial approach — requires millikelvin cooling. Google Willow solved a benchmark calculation in 5 minutes that would take 10 septillion years on today's supercomputers.

IonQ (Aria, Forte) and Quantinuum (H2) achieving the highest gate fidelities of any quantum platform — 99.9%+ two-qubit fidelity. Slower gate speeds than superconducting but far fewer errors. Universal Quantum working on magnetic trap scaling. Operates near room temperature with ion traps.

PsiQuantum (Silicon Valley) targeting a million-qubit photonic chip using standard semiconductor fab processes. Xanadu's Borealis demonstrated quantum advantage in Gaussian boson sampling 2022. Operates at room temperature — major advantage. Key challenge: photon loss in waveguides.

QuEra's Aquila (256 qubits), Pasqal, and Atom Computing demonstrating the fastest-scaling qubit count growth in 2024–25. Individual atoms held in optical tweezers — reconfigurable mid-circuit. Harvard/MIT 2023: 48 logical qubits from 280 physical qubits using transversal gates — a landmark in error correction.

Microsoft Azure Quantum's bet on Majorana zero modes — exotic quasiparticles theoretically providing built-in error protection. If achieved, topological qubits could be inherently error-free, requiring far fewer physical qubits per logical qubit than any other approach. Microsoft announced first Majorana 1 chip in 2025.

The key threshold to fault-tolerant quantum computing. Surface codes, color codes, and LDPC codes allow logical qubits to be protected from decoherence. Google Willow crossed below-threshold for the first time in 2024. Fault-tolerant machines need 1,000–10,000 physical qubits per logical qubit — scaling the central challenge of the 2020s.