A recent documentary examining the Theranos scandal has drawn attention to a successor venture called Haemanthus, which is being developed by associates including Elizabeth Holmes. While Holmes is stated to not be directly leading the effort, colleagues refer to it as “getting the band back together,” suggesting continuity with the original company.
Haemanthus is built around laser technology, specifically Raman spectroscopy, which the company presents as a breakthrough approach to diagnostic testing. However, Raman spectroscopy is not a novel technology—it was first discovered in 1928 and is already used in various biological and medical applications. While researchers are exploring its potential for detecting early-stage cancers and monitoring glucose levels, the technology remains unproven as a comprehensive diagnostic solution capable of replacing conventional testing methods.
Critics have identified several red flags associated with the venture. One significant concern involves timelines: company representatives stated in 2023 that a working prototype would be available in approximately one year, yet such development has not materialized. Additionally, claims about the technology’s revolutionary potential mirror the pattern of overpromising that characterized Theranos, where founders used technological language to obscure fundamental scientific limitations.
Experts note that successful medical breakthroughs typically require substantial time and resources. The COVID-19 vaccine development, presented as an unusually rapid achievement, took roughly ten months but relied on three decades of prior research and billions in funding. Any diagnostic technology claiming rapid revolutionary development without extensive regulatory approval or peer-reviewed validation presents warning signs of potential overselling.
The situation underscores broader patterns in health technology ventures, where executives may present complex scientific tools as panaceas while understating practical limitations and development timelines. Distinguishing between legitimate medical innovation and misleading claims requires scrutinizing technological rhetoric and verifying whether promises align with realistic scientific and regulatory expectations.
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