Internet Computer Surges 200%, Yet All Eyes Are on Zero Knowledge Proof (ZKP)’s Exploding Whitelist in 2025!

In a period shaped by quick swings and rising excitement, Internet Computer (ICP) has shocked many with a strong rebound. Over the past week, ICP climbed more than 200%, recovering important technical points. At the same time, Zero Knowledge Proof (ZKP) is becoming a major point of discussion, especially now that its whitelist is open and gaining signups at a record pace. This shift is also influencing anyone searching for the best crypto to buy, as trends move fast.

Together, Internet Computer and ZKP show two powerful directions shaping crypto’s path forward: open computation and strong privacy systems. As people debate the best crypto to buy for 2025, both stand out for different reasons. ICP appeals for its big network goals, while ZKP rises for its focus on advanced privacy.

Internet Computer Breaks Out: Will the Surge Continue?

A huge jump has pushed Internet Computer (ICP) back into strong attention, with data from CoinGecko showing a 206% rise in one week. After years of slow movement, the surge helped ICP push above $7, according to CoinDesk, breaking long-term resistance and drawing more eyes to its comeback.

This move grew from renewed market interest, high trading numbers, and a rise in open interest, which reached about $185 million as reported by BanklessTimes. Even with this rise, technical signs like RSI now show that the asset might be overbought. This means price cooling or sideways movement could happen before further growth takes place.

Structurally, Internet Computer remains one of the few blockchain networks that can support full-stack apps directly on-chain. The DFINITY Foundation continues working on its plan for a fully decentralized, AI‑ready internet. Many developers still find this idea appealing, especially those building Web3 tools. Even so, ICP faces strong competition from other layer‑1 networks, and it needs steady growth in developer activity, TVL, and adoption to keep moving upward.

Experts remain hopeful but careful. A common Internet Computer price prediction for the next one to two years is around $10–$15 if momentum stays steady and the wider market holds strong. A higher target reaching $20–$30+ by 2027–2028 could be possible if Web3 and AI adoption grow faster.

On the other hand, selling pressure or a weaker market could pull ICP back to $5–$6 before any long-term climb continues. Overall, this rise looks like a fresh phase of recognition and shows ICP returning from undervalued levels to earn a place among strong infrastructure options and even align with those seeking the best crypto to buy.

Zero Knowledge Proof Rises as 2025’s New Mega Trend

As Internet Computer rides its renewed strength, Zero Knowledge Proof (ZKP) is forming one of the most talked‑about narratives of the coming year. With the whitelist now open, early signups have already crossed 200,000 within 24 hours, showing huge global anticipation. This high level of interest also places Zero Knowledge Proof (ZKP) on many lists of the best crypto to buy going into 2025.

The project aims to build a privacy-first compute network that allows people to confirm information or carry out processes without revealing private data. This style of cryptography is widely expected to play a major role in upcoming decentralized AI systems, secure finance tools, and safer data‑sharing networks.

Before starting its token event, the Zero Knowledge Proof (ZKP) team spent over $100 million on research, hardware needs, and development, making it one of the strongest builds before launch in the whole sector. The coming Initial Coin Auction (ICA) will offer clear and fair daily allocations instead of fixed presale stages. This gives everyone equal access on-chain while the whitelist continues gathering global users searching for the best crypto to buy.

Top figures like Ethereum’s Vitalik Buterin often highlight zero‑knowledge proofs as a major part of blockchain’s future. Zero Knowledge Proof (ZKP) follows that vision closely, building a mix of privacy and compute power that could help shape how blockchains interact with AI and long-term compliance.

For anyone exploring the best crypto to buy in 2025, Zero Knowledge Proof (ZKP) offers a chance to be early in a new category focused on verifiable compute. This space could grow just like early DeFi or first‑generation layer‑1 networks.

ICP vs. Zero Knowledge Proof: Stability Meets Future Architecture

Internet Computer and Zero Knowledge Proof (ZKP) both aim to support the digital structure of future Web3 systems. ICP focuses on hosting and compute power, helping shift apps directly onto on‑chain systems. Zero Knowledge Proof (ZKP), by contrast, builds verifiable privacy, where data can stay hidden while still working inside trusted systems.

For people watching timing and technology differences, both have unique strengths. ICP brings a renewed rally, a strong history, and an established network. Zero Knowledge Proof (ZKP), supported by a live whitelist and an upcoming auction, gives early access before its model becomes widely adopted and earns attention as the best crypto to buy.

In simple terms, ICP shows the current rise, while Zero Knowledge Proof (ZKP) points toward the next major standard.

Final Takeaway

The Internet Computer price prediction for 2025 remains generally positive. If the network continues gaining users, developers, and activity in AI and Web3, a return to $15–$20 is possible, with a greater chance of rising past $30+ if stronger market conditions appear.

At the same time, Zero Knowledge Proof (ZKP) is shaping up to be one of the best cryptos to buy into 2025. Its whitelist is already full of global signups, and its fair ICA model is attracting attention from many circles. With over $100 million used to prepare the project before launch, Zero Knowledge Proof (ZKP) stands as the base for future privacy‑driven systems.

For anyone exploring new options, Internet Computer brings proven work, while Zero Knowledge Proof (ZKP) brings rising strength in privacy and computing.