Technology
Why Developers Transfer from Other Blockchains to BSV
As blockchain-based applications and platforms continue to make waves as means to advance previously stagnant and problem-inundated systems and processes, there must be a clear understanding of the difference between popular digital currencies and blockchain technology.
Bitcoin, being the first functioning implementation of blockchain technology and the pioneer digital currency, has been a top choice for both digital currency trading and blockchain development. ETH, Hyperledger and EOS are also some of the more popular blockchains used by both individuals and enterprises.
While Bitcoin, ETH and EOS all have digital currencies traded in the market, Hyperledger does not have one and is focused mainly on providing blockchain-based solutions to developers. Digital currencies are built on blockchain technology, a decentralized distributed ledger that allows for data to be immutable, transparent and secure.
All digital currency transactions are recorded on that cryptocurrency’s blockchain, so there are currently many different blockchain providers all over the world. And while blockchain is essentially a decentralized database, not all blockchains have the same capabilities. And this is the main reason why developers transfer from one blockchain to another—because they are looking for certain efficiencies that their applications need.
The BSV Blockchain
BSV is an implementation of Bitcoin that has restored the original Bitcoin protocol, which creates a rock-solid foundation for developers to build on, and unlocked unbounded scaling. Unlike other popular yet unscalable implementations of Bitcoin, such as BTC and BCH, BSV is able to offer 2GB data blocks, extremely high throughput and the lowest possible fee per transaction.
And because BSV has the ability to scale limitlessly, these numbers are not fixed. For instance, the Teranode update scheduled to be released early next year will effectively increase throughput to 50,000 to 100,000 transactions per second (tps). Once released, data blocks will also become bigger at fees of very small fractions of a penny.
And as the network continues to scale, these numbers will continue to go up and fees will become lower until it reaches billions of tps at terabyte-sized blocks. These are the key capabilities of the BSV blockchain that make it ripe for blockchain development and also the reason why developers from other blockchains switch to BSV.
Other Blockchains vs. BSV
Many have tried building on other blockchains and have found them to be inadequate. One of the main reasons is that other blockchains have to rely on second-and third-tier solutions to make up for the flaw that the base layer, which is actually the blockchain, cannot scale.
If a blockchain is incapable of scaling, then there will always be a limit to what they can do. And when this limit is reached, either the system crashes or fees skyrocket. For instance, the ETH blockchain, which is endorsed and used by many celebrities, have been known to crash at crucial moments. This is because its blockchain cannot handle the surge of transactions.
The current average fee per transaction is at a whopping $37.45, even reaching over $60 last November, which is not practical at all. Coupled with network latency and crashes, many have transferred from ETH to BSV.
“If I am going to build something that I want to be durable and long-lasting, I don’t want the protocol to be changed all the time. The low transaction fees are also essential so we can do micropayments and that sort of thing,” independent app developer and investor Kevin Healy said when asked why he transferred from ETH to BSV.
The BSV blockchain is currently the largest public blockchain there is. A public blockchain means data is verifiable and available to anyone who is permitted to access the blockchain. This makes for utter transparency of data—something that many global systems lack.
“With a public chain you have to incentivize the public, otherwise it is not a public chain. If you don’t incentivize, no one is going to pay the electricity bill for free just to keep your chain happy. And so, if you want to be doing lots and lots of transactions, which ours should be able to do because it’s based on API calls, then you need that scalability. And I think that’s where the crucial aspect actually lies,” Peter Bainbridge-Clayton, founder and CTO of RegTech platform Kompany, explained as to why it is now working with BSV rather than Hyperledger alone.
And although Bitcoin has come under fire this year for its extremely high electricity consumption deemed by many as a waste of precious energy and detrimental to the environment, it has been proven that BSV is the most energy efficient Bitcoin implementation due to its ability to scale and utmost utility as energy efficiency of a blockchain can be measured through its throughput.
“I realized that proof-of-stake is inferior to proof-of-work, and it’s simply a marketplace to produce and consume negative space. And then I realized that we can have the whole vision of the Internet on BSV as it’s proven it can scale. I’m very passionate about building the whole Internet that is not advertising-based,” Rohan Sharan, product manager of cryptocurrency and exchange review platform BlockReview, revealed after trying out EOS and BCH and ultimately choosing BSV.
Because developers themselves know what capabilities are important in a blockchain, many have been transferring to BSV, which in itself is irrefutable proof that the BSV is the blockchain for enterprise adoption.
Technology
Optasia Commits to Compliance, Ethical Data Use, Respect for Consumer Privacy
By Modupe Gbadeyanka
A global AI-driven fintech platform providing Micro Financing Solutions (MFS) and Airtime Credit Solutions (ACS) to underbanked individuals in 38 countries, Optasia, has reaffirmed its commitment to building long-term confidence across the digital ecosystem through “compliance, ethical data use and respect for consumer privacy.”
At the National Data Privacy Summit to celebrate Nigeria’s National Privacy Week 2026 in Abuja recently, the Chief Commercial Officer of Optasia, Ms Uchenna Agbo, highlighted the heightened responsibility that accompanies rapid digital growth.
“As Nigeria’s digital economy expands, the data that powers innovation and inclusion must be protected with the same seriousness as financial capital,” she said.
Optasia was the official partner of the event themed Privacy in the Era of Emerging Technologies: Trust, Ethics & Innovation.
The seminar brought together regulators, financial institutions and technology leaders. It was convened in line with the Nigeria Data Protection Act (NDPA), which safeguards personal information across the country.
The chief executive of the Nigeria Data Protection Commission (NDPC), Mr Vincent Olatunji, in his speech, underscored the central role of privacy in building trust and unlocking sustainable digital growth.
“Privacy is not an isolated privilege; it is a fundamental right guaranteed by our Constitution. By building trust, we unlock the full potential of our digital economy and protect every Nigerian’s digital identity,” he submitted.
These priorities closely align with Optasia’s approach, as the company focuses on enabling inclusive digital financial services while embedding privacy, accountability and trust into its technology and partnerships.
As a company operating AI-powered financial services within highly regulated environments globally, Optasia brings practical experience in embedding governance, accountability and data protection into large-scale digital systems.
The organisation delivers its services exclusively through licensed financial institutions and regulated distribution partners, supporting the responsible expansion of digital financial services while maintaining robust standards of security and privacy.
Optasia’s SOC 2 Type II certification underscores its commitment to maintaining internationally recognised standards of security, confidentiality, and privacy.
Its Nigeria engagement is anchored in four operating priorities: privacy-by-design, responsible use of AI, innovation without intrusive data practices, and stronger collaboration across the licensed ecosystem.
Technology
The Future of AI Detector Technology in Content Review
AI-written content has already changed how people publish online. Articles, emails, and reports now pass through review systems before going live. Because of this shift, the role of an AI checker free continues to grow. Many users want to know what comes next and how these tools may affect writing in the coming years.
Future detection tools will look different from today’s versions. Current systems rely heavily on surface patterns. That approach is starting to break down as AI writing improves.
Detection Models Will Change Their Focus
Most detectors today analyze predictability and structure. This method worked when AI writing sounded repetitive. Newer AI models now produce varied output. Simple pattern checks will lose value over time.
Future systems will rely more on comparison than pattern spotting. Models may compare writing against known human samples instead of fixed rules. This shift could reduce random false flags.
Context awareness will also improve. Detection tools may evaluate topic flow instead of isolated sentences. That change could help reviewers understand content better.
Training Data Will Update More Frequently
Training data controls detection quality. Older datasets already struggle with newer AI models. Future tools will update training material more often.
More human writing styles will enter training systems. Blogs, emails, and informal writing will receive better representation. This change may reduce bias against simple language.
AI-generated samples will also diversify. Detection systems must understand modern AI behavior. Without frequent updates, reliability will continue to drop.
Scores Will Become Less Central
Percentage scores cause stress for many users. These numbers often create confusion instead of clarity. Future tools may move away from strict scoring.
Visual feedback could replace raw percentages. Highlighted sections may show why something looks artificial. This approach supports editing without panic.
Content reviewers will likely focus on explanation instead of judgment. Guidance helps writers improve clarity rather than chase numbers.
Editing Tools Will Influence Detection Design
Editing tools already affect detection outcomes. A paraphrasing tool can change surface structure without changing meaning. Future detectors may learn to separate helpful edits from mechanical rewriting.
Systems may track rewrite behavior more carefully. Heavy automated paraphrasing may become easier to spot. Manual editing could receive more tolerance.
A summarizer removes depth and context. Detection tools may begin flagging overly compressed structures rather than labeling the entire text. This change would support fairer review.
A grammar checker also affects future detection. Perfect structure often triggers suspicion today. New detectors may learn that clean grammar does not equal automation.
Review Workflows Will Become More Human-Centered
Future content review will likely combine tools and people more closely. Detection systems will guide attention rather than decide outcomes.
Editors may use detection as a starting point. Human review will confirm relevance and intent. This balance protects writing quality.
Writers will also gain clearer feedback. Instead of rewriting blindly, they will understand why something appears artificial.
Regulation and Ethics Will Shape Development
Legal and educational pressure already influences detector design. Schools and publishers demand fairness. Future systems must reduce bias to remain trusted.
Non-native writers face unfair flags today. Improved training may reduce these errors. Ethical design will matter more than raw accuracy.
Transparency will also increase. Users will expect explanations for results. Black-box decisions will lose acceptance.
Limitations Will Still Exist
No detection system will ever confirm authorship with certainty. Human writing varies endlessly. AI writing continues to evolve rapidly.
Future tools may become better guides. They will never replace judgment. Understanding limits will remain essential.
What Writers Should Expect Going Forward
Writers should prepare for guidance-based tools. Detection will assist editing rather than enforce rules. A calm review will replace fear-driven checking.
Natural writing will remain important. Clear ideas still matter more than technical scores. Tools will support this approach rather than punish it.
Final Thoughts
The future of the AI detector points toward smarter review, not stricter judgment. Pattern chasing will fade as context gains importance. Writers and editors will benefit from clearer feedback and fewer false alarms.
Content review will stay human-led. Technology will assist quietly. That balance will define the next phase of writing review.
Technology
African Tech Companies Are Growing Through Acquisition, Not Funding
The tech sector in Africa changed noticeably in 2025. Instead of raising large rounds of funding, many companies chose to grow by buying or merging with others. Data from industry reports show that mergers and acquisitions reached a record high. A total of 67 deals were closed last year, up from 39 the year before.
This shift shows that many founders and investors now see acquisition as a way to gain scale, enter new markets, or add new products. In many cases, deals were done because markets for public listings remained quiet and funding rounds became harder to secure.
These deals helped companies avoid the uncertainty of public markets. They gave buyers the chance to take over existing customer bases and local licences. This change in strategy suggests that consolidation is now a part of how tech companies on the continent plan their growth.
Tools and Online Services in Acquisition Strategy
As more tech firms expand through acquisition, they often rely on practical tools to manage larger and more scattered operations. Common services include project management platforms, shared storage solutions, and customer support systems. These tools allow companies to merge teams, align workflows, and respond quickly to user needs after a deal is completed.
Cross-border operations also raise the need for secure remote access. Some firms use encrypted browsing tools to safely link with internal systems while operating in new or less-regulated markets. VPNs are one of the most common solutions for this purpose. They help ensure that sensitive data stays protected during transitions and early-stage integrations.
Some companies test such tools using a VPN free trial to determine whether they meet the technical requirements of new locations. This can help assess performance before investing in a long-term solution, especially during early stages of a merger where operations may still be shifting. Simple steps like this often make a difference in how smoothly the post-deal period unfolds.
How Acquisition Has Shaped Key Sectors
Acquisition activity in Africa’s technology scene was broad in 2025. Fintech accounted for a large share of the deals. Moniepoint picked up smaller financial software firms in Nigeria. Rank, which used to be called Moni, bought companies to improve its banking licence and expand payment options.
E-commerce and logistics saw changes, too. Twiga Foods made moves to secure its supply chain by buying local distributors. Logistics platform Logidoo acquired Kamtar in a cross-border deal that brought more regional reach. Telecom and media also saw activity when AXIAN Telecom added a strategic stake in Jumia.
Healthcare and tech services were part of the trend as well. HearX bought Eargo to bring new health solutions together. In deep tech, Adapt IT purchased ResRequest to add software tools to its portfolio. These examples show that buyers are looking across different sectors, not only in finance.
Cross-Border Expansion and Global Reach
African tech companies did not limit their acquisitions to the continent. Some deals took these firms into Europe and the Americas. A number of African startups made purchases or established operations in the United Kingdom and the United States. This included deals where tech firms acquired specialised service providers to enter new markets.
Countries such as Uganda, Senegal, and Morocco also hosted acquisitions by African companies from outside their borders. These moves gave buyers access to new customers and technology. They also helped sellers find exit options when local investors were limited.
This pattern of global expansion shows that African tech firms are no longer seen only as local players. They are active in a wider market and interact with international partners in ways that were rare a few years ago.
What This Means for the Future
Now in 2026, the pattern set in the previous year is already shaping how African tech companies approach growth. The record number of acquisitions in 2025 marked a new way forward. Many firms are choosing to buy their way into markets, licenses, and customer networks rather than rely on long fundraising cycles.
This year, analysts expect acquisition-led growth to remain a top strategy. Companies that move early can gain access to talent, local market knowledge, and operational infrastructure without having to build everything from the ground up.
Sectors like fintech, logistics, healthcare, and cloud services are already seeing follow-up deals. As 2026 continues, acquisition appears less like a side strategy and more like the main way tech companies in Africa plan to grow.
-
Feature/OPED6 years agoDavos was Different this year
-
Travel/Tourism9 years ago
Lagos Seals Western Lodge Hotel In Ikorodu
-
Showbiz3 years agoEstranged Lover Releases Videos of Empress Njamah Bathing
-
Banking8 years agoSort Codes of GTBank Branches in Nigeria
-
Economy3 years agoSubsidy Removal: CNG at N130 Per Litre Cheaper Than Petrol—IPMAN
-
Banking3 years agoSort Codes of UBA Branches in Nigeria
-
Banking3 years agoFirst Bank Announces Planned Downtime
-
Sports3 years agoHighest Paid Nigerian Footballer – How Much Do Nigerian Footballers Earn











